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Note: This guide is for research purposes only. Peptide splitting requires proper training, facilities, and adherence to institutional guidelines.

Accurate peptide splitting requires meticulous attention to measurement details. The process isn't just about dividing solutions - it's about understanding syringe markings, accounting for dead space volume, and maintaining precise sterile technique throughout the procedure.

Essential Equipment

Required Supplies

Storage Equipment

Measurement Protocol

Precision Requirements

Measurement Tools

Sterility Protocol

Workspace Prep

Personal Protection

  • Sterile gloves (nitrile gloves)
  • Face mask
  • Clean lab coat
  • Hair covering

Storage Guidelines

Temperature Control

Protection Measures

  • Light protection caps (TPU caps here)
  • Sterile vial storage
  • Humidity control
  • Regular monitoring

Quality Control Measures

Verification Steps

  • Digital scale calibration (precision scale)
  • Sterility testing protocols
  • Documentation requirements
  • Sample tracking systems

Testing Equipment

  • pH testing strips (recommended kit)
  • Visual inspection tools
  • Temperature monitoring
  • Sterility indicators

Emergency Protocols

Incident Response

  • Spill containment kit (safety kit)
  • Documentation procedures
  • Supervisor notification
  • Proper disposal methods

Safety Equipment

  • First aid supplies (medical kit)
  • Emergency contacts
  • Safety protocols
  • Evacuation routes

28-Day Safety Window

100%
Day 1-7
Optimal stability
95%
Day 8-14
High stability
90%
Day 15-21
Good stability
85%
Day 22-28
Monitor closely

"The moment you compromise sterility, you've potentially compromised every subsequent measurement." - Professor James Wilson, PhD

20 years of peptide research experience